I can overclock my 75Hz monitor to 76Hz

I can overclock my 75Hz monitor to 76Hz.
Since this is divisible by 2 (38 instead of 37.5) it should help with reducing judder and stuttering more, or is there absolutely no difference in the one extra Hz?

yes

No

Maybe

judder and stuttering in what? It'll prevent 3:2 pulldown in 24Hz content

Could you repeat the question

I don't know, can you repeat the question?

do you watch a lot of 38Hz video?

Why do you think that the ratio between the amount of refreshes in an arbitrary amount of time (one second in this case) being an even number is of any significance?

Pull down to 72 hz(24 x 3) if you want to enjoy 24 hz video content. Or up to 96 hz(24 x 4).

If you're watching 30 hz content, either OC upto 90 (30 x 3) or down to 60 hz (30 x 2)

But movies are 23.98 fps or something

Why even bother?
what difference does it make

Stuttering happens because LCD is shit and only just now are they starting to strobe.

>Since this is divisible by 2 (38 instead of 37.5) it should help with reducing judder and stuttering more
what the fuck does being divisible by 2 have anything to do with judder, unless you have 38fps video for some reason?
having a whole number for a refresh rate is meaningless to our eyes

No.

What matters is if the refresh rate divided by the framerate of the content you're watching results in an even number.

This.

There's nothing magical about a second or any ratio of it.

they're 24, but they're adjusted to 24/1.001 (~23.976) when they're destined for NTSC television

76 over 75 will have a practically unnoticeable increase in smoothness in games and the like
for video playback, you want a multiple of the content framerate
most video is one of: 24/1.001 (ntsc film), 24 (film), 25 (half pal), 30/1.001 (half ntsc), 30 (half vga), 50 (pal), 60/1.001 (ntsc), 60 (vga)
most monitors can do between 50 and 76hz, so for video you want these modes;
50, 60/1.001, 60, 72/1.001, 72.
this covers all of the above with a multiple of either 1, 2, or 3
76hz doesn't help with any common video type

>76 over 75 will have a practically unnoticeable increase in smoothness in games and the like
to be clear, this has nothing to do with being divisible by 2, but simply because it's a higher rate

how do I make a custom resolution in windows 10?

no idea, i'm using linux

you know wayland can't do anything other than 60hz right?

i don't use wayland

not for long

here's what i use anyway;
/etc/X11/xorg.conf.d/10-monitor.conf
Section "Monitor"
Identifier "HDMI-0"
Modeline "1920x1080" 106.82 1920 1928 1952 1960 1080 1083 1087 1090 -HSync +VSync # 50Hz
Modeline "1920x1080" 132.48 1920 1928 2016 2024 1080 1083 1089 1092 -Hsync +Vsync # 60/1.001Hz
Modeline "1920x1080" 130.80 1920 1928 1992 2000 1080 1083 1086 1090 -Hsync +Vsync # 60Hz
Modeline "1920x1080" 164.16 1920 1928 1968 1976 1080 1083 1152 1155 -HSync +VSync # 72/1.001Hz
Modeline "1920x1080" 156.96 1920 1928 1992 2000 1080 1083 1087 1090 -HSync +VSync # 72Hz
Option "PreferredMode" "1920x1080"
EndSection

these values are not linux-specific in anyway, besides being formatted as X modelines, they can be used in windows (i'm aware at least some older windows tools can even take X modelines directly)

I use wayland

on windows 10?

archlinux

i'm not very familiar with wayland, you'll need to consult the documentation of your wayland compositor